mh fix

Author: Remi-Gau

src/aperture/getApertureName.m

@@ -5,8 +5,8 @@
     switch cfg.aperture
         case 'Bar'
             apertureName = sprintf('bar_angle-%i_position-%02.2f.tif', ...
-                apertures.barAngle(iApert), ...
-                apertures.barPostion(iApert));
+                                   apertures.barAngle(iApert), ...
+                                   apertures.barPostion(iApert));
         case 'Wedge'
             apertureName = sprintf('wedge_nb-%i.tif', iApert);
         case 'Ring'

src/aperture/saveAperture.m

@@ -18,7 +18,7 @@
     CurApImg = rgb2gray(CurApImg);
     CurApImg = imresize(CurApImg, [Rect(4) Rect(3)]);
     Fxy = round(CenterRect(FrameRect, Rect) + ...
-        [Parameters.Image_Position Parameters.Image_Position]);
+                [Parameters.Image_Position Parameters.Image_Position]);
     CurApImg = CurApImg(Fxy(2):Fxy(4), Fxy(1):Fxy(3));
     CurApImg = double(abs(double(CurApImg) - 127) > 1);
     CurApImg = imresize(CurApImg, [100 100]);

src/aperture/saveApertures.m

@@ -6,8 +6,8 @@ function saveApertures(saveAps, cfg, apertures)
     if saveAps
 
         matFile = fullfile( ...
-            cfg.outputDir, ...
-            strrep(cfg.fileName.events, '.tsv', '_AperturesPRF.mat'));
+                           cfg.outputDir, ...
+                           strrep(cfg.fileName.events, '.tsv', '_AperturesPRF.mat'));
         if IsOctave
             save(matFile, '-mat7-binary');
         else
@@ -34,8 +34,8 @@ function saveApertures(saveAps, cfg, apertures)
                 apertureName = getApertureName(cfg, apertures, iApert);
 
                 print(gcf, ...
-                    fullfile(cfg.aperture.outputDir, [ApertureName '.tif']), ...
-                    '-dtiff');
+                      fullfile(cfg.aperture.outputDir, [ApertureName '.tif']), ...
+                      '-dtiff');
             end
 
         end

src/aperture/smoothOval.m

@@ -11,6 +11,6 @@ function smoothOval(win, color, rect, fringe)
 
     for f = 0:fringe - 1
         Screen('FillOval', win, ...
-            [color alphas(f + 1)], ...
-            [rect(1) + f rect(2) + f rect(3) - f rect(4) - f]);
+               [color alphas(f + 1)], ...
+               [rect(1) + f rect(2) + f rect(3) - f rect(4) - f]);
     end

src/aperture/smoothRect.m

@@ -11,6 +11,6 @@ function smoothRect(win, color, rect, fringe)
 
     for f = 0:fringe - 1
         Screen('FillRect', win, ...
-            [color alphas(f + 1)], ...
-            [rect(1) + f rect(2) + f rect(3) - f rect(4) - f]);
+               [color alphas(f + 1)], ...
+               [rect(1) + f rect(2) + f rect(3) - f rect(4) - f]);
     end

src/dot/dotMotionSimulation.m

@@ -1,4 +1,8 @@
+% (C) Copyright 2020 CPP_PTB developers
+
 function relativeDensityContrast = dotMotionSimulation(cfg, thisEvent, nbEvents, doPlot)
+    % relativeDensityContrast = dotMotionSimulation(cfg, thisEvent, nbEvents, doPlot)
+    %
     % to simulate where the dots are more dense on the screen
     % relativeDensityContrast : hard to get it below 0.10
 

src/dot/seedDots.m

@@ -1,3 +1,5 @@
+% (C) Copyright 2020 CPP_PTB developers
+
 function [positions, speeds, time] = seedDots(varargin)
 
     [dots, cfg, isSignal] = deal(varargin{:});
@@ -22,7 +24,7 @@
 
     %% Create a vector to update to dotlife time of each dot
     % Not all set to 1 so the dots will die at different times
-    % The maximum value is the duraion of the event in frames
+    % The maximum value is the duration of the event in frames
     time = floor(rand(nbDots, 1) * cfg.timing.eventDuration / cfg.screen.ifi);
 
 end

src/eyeTracker.m

@@ -102,7 +102,7 @@
                     %  coordinates, here for 6 dots.
 
                     % [width, height]=Screen('WindowSize', screenNumber);
-                    
+
                     % TODO - update those values with the content set up by
                     % CPP_PTB in the cfg
                     % fieldsToSet.eyeTracker.CalibrationPosition = '';
@@ -135,7 +135,7 @@
 
                 % Enter Eyetracker camera setup mode, calibration and validation.
                 EyelinkDoTrackerSetup(el);
-                
+
                 % TODO - update content of cfg after initializing and
                 % calibration
                 % fieldsToSet.eyeTracker.SamplingFrequency = [];
@@ -144,7 +144,7 @@
                 % fieldsToSet.eyeTracker.SoftwareVersions = '';
                 % fieldsToSet.eyeTracker.MaximalCalibrationError = [];
                 % fieldsToSet.eyeTracker.AverageCalibrationError = [];
-                
+
                 % Go back to default screen background color.
                 Screen('FillRect', cfg.screen.win, cfg.color.background);
                 Screen('Flip', cfg.screen.win);

src/readAndFilterLogfile.m

@@ -28,8 +28,8 @@
         tsvFile = varargin{1};
     elseif isstruct(varargin{1})
         tsvFile = fullfile(varargin{1}.dir.outputSubject, ...
-             varargin{1}.fileName.modality, ...
-             varargin{1}.fileName.events);
+                           varargin{1}.fileName.modality, ...
+                           varargin{1}.fileName.events);
     end
 
     % Check if the file exists

src/utils/makeGif.m

@@ -7,10 +7,10 @@
 output_folder = fullfile(pwd, 'ouputs');
 screen_capture_folder = fullfile(output_folder, 'screen_capture');
 screen_capture_filename = fullfile(screen_capture_folder, ...
-    'EMCL_kaks_frame-');
+                                   'EMCL_kaks_frame-');
 
 gif_file = fullfile(screen_capture_folder, ...
-    'EMCL_kaks_frame.gif');
+                    'EMCL_kaks_frame.gif');
 
 FigDim = [100, 100, 1000, 1500];
 Visibility = 'on';
@@ -20,8 +20,8 @@
     filename = fullfile([screen_capture_filename sprintf('%04.0f', tif_img) '.tif']);
 
     h = figure('name', 'test', ...
-        'Position', FigDim, 'Color', [1 1 1], ...
-        'Visible', Visibility);
+               'Position', FigDim, 'Color', [1 1 1], ...
+               'Visible', Visibility);
 
     imshow(imread(filename));